D) Metamorphic: formed outside the igneous intrusion; re-crystalization.
Explanation:
The rock is most likely a metamorphic rock based on where it most likely formed. Metamorphic rocks are usually formed outside of igneous intrusions as a result of the re-crystallization of the protolith surrounding the intrusive body.
- A metamorphic rock is a changed rock that forms under intense temperature and pressure.
- The presence of fluids is an added advantage and this causes new minerals to grow and the old ones to re-crystallize.
- An igneous intrusion like any magmatic body is predominantly known for their elevated temperature.
- They are formed deep within the crust and have very high temperature.
- When crystallize and intrusive body piercing through rocks they cause a metamorphic change in the area of the nearby country rock protolith.
- Therefore, we expect to find a metamorphic rock around the vicinity of the intrusion.
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Answer:
A
Explanation:
Opposite charges attract therefore the electrons of one atom would be attracted by the nucleus (which contains protons). This heavily relies on a property called electronegativity. Which deals with the level of attraction a nucleus (the protons in the nucleus) have for electrons of other atoms.
the solid particles take up the intermolecular spaces in the liquid.
214, 84 Po ----Beta decay
